Boiler/en - Revision history

FuzzyBot: Updating to match new version of source page

2025-03-12T13:38:45Z

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← Older revision		Revision as of 13:38, 12 March 2025
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	Most steam engines have a safety valve that will release excess steam in case the boiler is overpressurized. It is advised to have just as much pressure in the boiler as needed to operate the engine, and not more, as the excess leads to {{pll\|Driving Efficiency\|wasting fuel}}.		Most steam engines have a safety valve that will release excess steam in case the boiler is overpressurized. It is advised to have just as much pressure in the boiler as needed to operate the engine, and not more, as the excess leads to {{pll\|Driving Efficiency\|wasting fuel}}.

	Water is ~~fed~~ to ~~the boiler~~ from {{pll\|~~Water Storage~~\|~~storage~~}} ~~using an~~ {{pll\|~~Injector~~\|~~injector~~}}. ~~Since stored water~~ is ~~cold, adding it~~ to the boiler ~~can condense steam back into water, resulting in pressure drop, so it needs to be done carefully~~.		Maintaining nominal {{pll\|Water Level\|water level}} in the boiler is critical. Failing to do so can be catastrophic, from {{pll\|Cylinder Cocks\|damage to cylinders}}, to {{pll\|Mechanical Powertrain Damage\|boiler explosions}}. Water is fed to the boiler using an {{pll\|Injector\|injector}} and dumped using a {{pll\|Water Level\|blowdown valve}}.

	The boiling point temperature of water depends on the amount of pressure in the boiler. The higher the pressure, the higher the boiling point.		The boiling point temperature of water depends on the amount of pressure in the boiler. The higher the pressure, the higher the boiling point.

	[[Category:Water Management\|2]]		[[Category:Water Management\|2]]

FuzzyBot: Updating to match new version of source page

2025-03-12T13:33:49Z

Updating to match new version of source page

← Older revision		Revision as of 13:33, 12 March 2025
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	<languages />		<languages />
	~~Boiler is a~~ large cylindrical water ~~tank onboard a~~ steam ~~locomotive~~. ~~It has~~ a cluster of tubes going through it, connecting ~~the~~ firebox at the back with ~~the~~ smokebox at the front. Hot air and smoke from the firebox go through these tubes, heating up the water inside the boiler, eventually causing it to evaporate to steam~~. Being a~~ compressible ~~gas in a pressurized chamber~~, ~~steam accumulates~~ in the ~~boiler, increasing the pressure. The boiling point temperature of water depends on the amount~~ of ~~pressure in~~ the boiler~~. The higher the pressure, the higher the boiling point. As the steam in the boiler cools down~~, it ~~will condense back into water~~.		Boilers are large cylindrical water tanks found on {{pll\|Steam Overview\|steam-powered vehicles}}. They have a cluster of heating tubes going through, connecting a {{pll\|Firebox\|firebox}} at the back with a smokebox at the front of the vehicle. Hot air and smoke from the firebox go through these tubes, heating up the water inside the boiler, eventually causing it to evaporate. Since steam is compressible, so much of it can be generated in the limited volume of the boiler, that it becomes highly pressurized.

	Most steam engines have a safety valve that will release excess steam in case the boiler is overpressurized. It is advised to have just as much pressure in the boiler as needed to operate the engine, and not more, as the excess leads to wasting fuel.		Most steam engines have a safety valve that will release excess steam in case the boiler is overpressurized. It is advised to have just as much pressure in the boiler as needed to operate the engine, and not more, as the excess leads to {{pll\|Driving Efficiency\|wasting fuel}}.

			Water is fed to the boiler from {{pll\|Water Storage\|storage}} using an {{pll\|Injector\|injector}}. Since stored water is cold, adding it to the boiler can condense steam back into water, resulting in pressure drop, so it needs to be done carefully.

			The boiling point temperature of water depends on the amount of pressure in the boiler. The higher the pressure, the higher the boiling point.

	~~{{See also\|Water Storage\|Injector\|Servicing\|Driving Efficiency}}~~
	[[Category:Water Management\|2]]		[[Category:Water Management\|2]]

FuzzyBot: Updating to match new version of source page

2025-02-28T16:03:48Z

Updating to match new version of source page

← Older revision		Revision as of 16:03, 28 February 2025
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	<languages />		<languages />
	~~{{OldManualArticleNotice}}~~
	Boiler is a large cylindrical water tank onboard a steam locomotive. It has a cluster of tubes going through it, connecting the firebox at the back with the smokebox at the front. Hot air and smoke from the firebox go through these tubes, heating up the water inside the boiler, eventually causing it to evaporate to steam. Being a compressible gas in a pressurized chamber, steam accumulates in the boiler, increasing the pressure. The boiling point temperature of water depends on the amount of pressure in the boiler. The higher the pressure, the higher the boiling point. As the steam in the boiler cools down, it will condense back into water.		Boiler is a large cylindrical water tank onboard a steam locomotive. It has a cluster of tubes going through it, connecting the firebox at the back with the smokebox at the front. Hot air and smoke from the firebox go through these tubes, heating up the water inside the boiler, eventually causing it to evaporate to steam. Being a compressible gas in a pressurized chamber, steam accumulates in the boiler, increasing the pressure. The boiling point temperature of water depends on the amount of pressure in the boiler. The higher the pressure, the higher the boiling point. As the steam in the boiler cools down, it will condense back into water.

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	{{See also\|Water Storage\|Injector\|Servicing\|Driving Efficiency}}		{{See also\|Water Storage\|Injector\|Servicing\|Driving Efficiency}}
	[[Category:Water Management]]		[[Category:Water Management\|2]]

FuzzyBot: Updating to match new version of source page

2025-02-28T15:33:54Z

Updating to match new version of source page

New page

<languages />
{{OldManualArticleNotice}}
Boiler is a large cylindrical water tank onboard a steam locomotive. It has a cluster of tubes going through it, connecting the firebox at the back with the smokebox at the front. Hot air and smoke from the firebox go through these tubes, heating up the water inside the boiler, eventually causing it to evaporate to steam. Being a compressible gas in a pressurized chamber, steam accumulates in the boiler, increasing the pressure. The boiling point temperature of water depends on the amount of pressure in the boiler. The higher the pressure, the higher the boiling point. As the steam in the boiler cools down, it will condense back into water.

Most steam engines have a safety valve that will release excess steam in case the boiler is overpressurized. It is advised to have just as much pressure in the boiler as needed to operate the engine, and not more, as the excess leads to wasting fuel.

{{See also|Water Storage|Injector|Servicing|Driving Efficiency}}
[[Category:Water Management]]